Karnataka KSEAB II PUC Information Technology (Vocational) study materials
Karnataka KSEAB II PUC Information Technology (Vocational) study resources

Karnataka KSEAB II PUC Information Technology (Vocational) study plan

Karnataka KSEAB II PUC Information Technology (Vocational) · Give each week a clear focus.

8 weeks · About 7 hours per week

Week 1

Database Management Systems & Programming Fundamentals and Logic

  • Map the DBMS domain syllabus into a one-page concept sheet covering data, DBMS advantages, data models, and schema versus instance

  • Define and distinguish primary key, candidate key, alternate key, foreign key, and composite key using your own worked example tables

  • Draw and label an ER diagram for a small library or shop scenario, marking entities, attributes, relationships, and cardinality

  • Write and trace at least six SQL statements using CREATE TABLE, INSERT, SELECT with WHERE, and simple ORDER BY

  • Explain to yourself in writing why normalization removes redundancy, using one unnormalized table split into 1NF and 2NF

Your checkpoint

A hand-drawn ER diagram plus a working SQL script of at least six statements with recorded output, submitted as one PDF or notebook page

Week 2

Programming Fundamentals and Logic & Database Management Systems

  • Build a flowchart for three problems: largest of three numbers, sum of first N integers, and checking a prime number

  • Convert each flowchart into pseudocode and then into a program in a language you can run locally

  • Classify and give one example each of sequence, selection, and iteration constructs

  • Write SQL queries using aggregate functions, GROUP BY, and HAVING on a sample table you create

  • Debug five deliberately broken short programs by identifying the error type (syntax, logical, runtime)

Your checkpoint

A logic workbook containing three flowcharts, matching pseudocode, and working code for all three problems, with a short note on each bug you fixed

Week 3

Computer Fundamentals and Hardware & Operating Systems and File Management

  • Label the internal and external parts of a computer system on a blank diagram you draw yourself

  • Compare primary and secondary memory, and RAM versus ROM, in a table with at least four comparison rows

  • List input and output devices and state one practical use for each

  • Describe the boot process from power-on to loading the operating system in ordered steps

  • Perform file operations on your own machine: create, rename, move, copy, delete, and restore from recycle bin, and record each step

Your checkpoint

A labelled hardware diagram plus a screenshot log of ten file-management operations performed on a folder structure you built

Week 4

Operating Systems and File Management & Word Processing and Documentation

  • Explain the functions of an operating system and distinguish single-user, multi-user, and real-time systems

  • Practise keyboard shortcuts for cut, copy, paste, undo, redo, save, and find-and-replace until you can do them without looking

  • Produce a formatted document using headings, bulleted lists, tables, page numbers, and a header or footer

  • Apply paragraph and character formatting consistently and use styles rather than manual formatting

  • Insert a table of contents and a footnote, then export the document to PDF

Your checkpoint

A four-page formatted report on any topic with automatic table of contents, header, footer, footnote, and PDF export

Week 5

Spreadsheets and Data Analysis & Presentation Software and Multimedia

  • Enter a dataset of at least twenty rows and apply cell formatting, number formats, and borders

  • Write formulas using SUM, AVERAGE, COUNT, MAX, MIN, IF, and one lookup function

  • Create a chart from your data and label axes, title, and legend clearly

  • Sort and filter the dataset and build a simple pivot-style summary

  • Build a five-slide presentation with a consistent theme, one chart, and speaker notes

Your checkpoint

A spreadsheet workbook with formulas, a chart, and a filtered summary, plus a five-slide presentation exported to PDF

Week 6

Web Technologies and Internet Basics & Computer Networks and Communication

  • Write valid HTML for a page containing headings, paragraphs, lists, a table, an image tag, and a hyperlink

  • Apply CSS for colour, font, margin, padding, and border to style that page

  • Distinguish internet, intranet, and extranet, and explain the roles of URL, HTTP, and a browser

  • Describe the functions of hub, switch, router, modem, and the difference between LAN, MAN, and WAN

  • Sketch a small star-topology network with labelled devices and state one advantage and one limitation of that topology

Your checkpoint

A working two-page website with an external stylesheet and a hand-drawn labelled network diagram

Week 7

Cyber Safety, Ethics, and Emerging Technologies & Web Technologies and Internet Basics

  • List and explain at least six cyber-safety practices including strong passwords, two-factor authentication, and safe browsing

  • Identify common threats such as phishing, malware, ransomware, and social engineering, with one prevention step each

  • Explain the purpose of the IT Act and the meaning of intellectual property and software piracy in your own words

  • Describe three emerging technologies such as cloud computing, artificial intelligence, and IoT with one real-world application each

  • Review your own online accounts and record which ones lack two-factor authentication

Your checkpoint

A one-page cyber-safety checklist and a written account of the account audit you performed

Week 8

Database Management Systems & Programming Fundamentals and Logic & Computer Fundamentals and Hardware & Operating Systems and File Management & Word Processing and Documentation & Spreadsheets and Data Analysis & Presentation Software and Multimedia & Web Technologies and Internet Basics & Computer Networks and Communication & Cyber Safety, Ethics, and Emerging Technologies

  • Revisit every domain using your own notes and list the five weakest topics

  • Solve one practice question from each domain under timed conditions

  • Re-run your SQL script and your program to confirm they still work

  • Recite key definitions for hardware, OS, networking, and safety terms without referring to notes

  • Assemble a single revision sheet of formulas, shortcuts, and definitions

Your checkpoint

A completed timed mock of at least forty questions across all domains with a scored error log and a one-page final revision sheet

Milestones

Week 2: You can write and explain a complete SQL query using WHERE, GROUP BY, and HAVING without notes, and trace a flowchart for a looping problem correctly

Week 4: You can produce a formatted multi-page document with automatic table of contents and export it to PDF in under thirty minutes

Week 6: Your hand-written HTML and CSS page renders correctly in a browser and your network diagram labels every device accurately

Week 8: You score at least 60 percent on the timed forty-question mock and can name your five weakest topics with a fix plan for each